... “entry door” called Angiotensin-Converting Enzyme 2 (ACE2) receptor is present on many types of cells including cells of the respiratory, cardiovascular, digestive, and excretory systems. Another receptor ...

... the other group of synergistic nutrients on breast cancer cells 1. When tested alone, vitamin D inhibited the cancer cell growth. Vitamin D combined with green tea extract only and a specific nutrient ...

... biofilm, is the most complex biological structure that harbors both active and latent forms of the bacteria and forms an effective protective mechanism against the immune cells or any other compounds including ...

... main cause of high blood pressure is a chronic deficiency of essential nutrients to the millions of smooth muscle cells lining the blood vessel walls. Nutrients such as vitamins C and D, the B complex, ...

... the second layer, is enriched with blood vessels, nerves, and collagen fibers essential for skin nourishment, oxygenation, and firmness and elasticity. The bottom layer, the hypodermis, contains fat cells ...

... the cell surface (called ACE2 receptors) which facilitate their entry into the cells. We have shown that vitamin C alone and in combination with other nutrients can significantly reduce availability of ...

... between the two available vaccines, from Pfizer/BioNTech and the other from Moderna, both are based on the introduction of a viral messenger RNA (mRNA) into the cells. These vaccines use a synthetic version ...

... and carboplatin do not promote cell death but ironically induce cellular growth. This is more evident in stem cells, which are the precursor cells and develop into other types of specific cells as required. ...

... repair the damaged areas of the arterial walls. An atherosclerotic plaque is made up of cholesterol, calcium, lipid molecules, and cells. Deposition of calcium in the coronary arteries is an important ...

... white blood cells (neutrophils or the “police cells of the body”) and promotes destruction of the viruses and bacteria. It also stimulates the activity of the lymphocytes (another type of white blood cell), ...

... antioxidant protection to our body’s cells, fight inflammation, and can boost immune system function. In the developed countries, active plant components have been known to be effective against leading ...

... glucose resulting from a defect in the production of insulin in the pancreas and/or impaired response to insulin by the body’s cells. Insulin is the hormone responsible for maintaining the body’s blood ...

... the cell walls which acts like a lock-and-key entry mechanism. This entry door named Angiotensin-Converting Enzyme II (ACE2) receptor is present on many types of cells including cells of the respiratory, ...

... are needed for optimum functioning of the immune system including the production of white blood cells, antibodies and optimum function of the thymus and other immune modulating glands. Supporting your ...

... particular infection. Such a harmless amount of protein from a pathogen triggers the immune system to produce specialized immune cells and antibodies. These cells remember particular features from the ...

... can inhibit multiplication of human flu viruses by up to 82% and reduce the infection of new cells by 70%2. This micronutrient combination was effective in all stages of viral infection, including before, ...

... options is associated with inherent risks and side effects and most patients are submitted to some combination of these options. Chemotherapy drugs are designed to kill the rapidly growing cells, and ...

... having already spread. The aggressiveness of cancer is determined by the ability of cancer cells to spread to distant organs in the body (metastasis). An important factor in metastasis is the loss ...

... of dietary glucose by the cells is dependent on the hormone insulin which is secreted by the pancreas, and proper function of specific insulin receptors present on the cells. Various micronutrients are ...

... lysine and proline, among others) on the growth of melanoma cells that were injected into the kidney of mice. Although the kidneys are not typical organs for melanoma cell growth, tracing the fate of these ...

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